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Izixhobo zoVavanyo loHlalutyo

  • I-YY-06A Soxhlet Extractor

    I-YY-06A Soxhlet Extractor

    Intshayelelo yezixhobo:

    Ngokusekelwe kumgaqo wokukhupha iSoxhlet, indlela ye-gravimetric iyasetyenziswa ukumisela umxholo wamafutha kwiinkozo, iinkozo kunye nokutya. Thobela i-GB 5009.6-2016 “Umgangatho woKhuseleko lokutya weSizwe – Ukumisela amaFutha ekuTyeni”; GB/T 6433-2006 “Ukumisela amaFutha aCrude ekuTyeni” SN/T 0800.2-1999 “Iindlela zokuhlola amaFutha aCrude kwiinkozo kunye nokutya okuvela kwamanye amazwe”

    Le mveliso ixhotyiswe ngenkqubo yokukhenkceza yangaphakathi ye-elektroniki, isusa imfuneko yomthombo wamanzi wangaphandle. Ikwafezekisa ukongezwa ngokuzenzekelayo kwezinyibilikisi zendalo, ukongezwa kwezinyibilikisi zendalo ngexesha lenkqubo yokukhupha, kunye nokubuyiselwa ngokuzenzekelayo kwezinyibilikisi zibuyele kwitanki yesinyibilikisi emva kokuba inkqubo igqityiwe, ifezekisa ukusebenza ngokuzenzekelayo kuyo yonke inkqubo. Isebenza ngokuzinzileyo kunye nokuchaneka okuphezulu, kwaye ixhotyiswe ngeendlela ezininzi zokukhupha ngokuzenzekelayo ezifana nokukhupha iSoxhlet, ukukhupha okushushu, ukukhupha okushushu kweSoxhlet, ukuhamba okuqhubekayo kunye nokukhupha okushushu okuqhelekileyo.

     

    Iingenelo zezixhobo:

    Isikrini sokuchukumisa esinombala se-intshi ezi-7 esibonakalayo nesilula

    Isikrini sokulawula sisikrini sokuchukumisa esinombala oziisentimitha ezi-7. Umva unemagnethi kwaye unokunamatheliswa kumphezulu wesixhobo okanye ususwe ukuze sisetyenziswe ngesandla. Sineendlela zokuhlalutya ngokuzenzekelayo kunye neendlela zokuhlalutya ngesandla.

    Ukuhlela iinkqubo ngokusekelwe kwimenyu kulula ukuyisebenzisa, kwaye kunokuqhutywa rhoqo.

    1)★ Itekhnoloji enelungelo lobunikazi "Inkqubo yokuFrijisa ye-elektroniki eyakhelwe ngaphakathi"

    Ayifuni mthombo wamanzi wangaphandle, igcina amanzi amaninzi empompo, ayinazo iikhemikhali ezibandayo, iyonga amandla, inobuhlobo nokusingqongileyo, kwaye ikhupha amanzi amaninzi kwaye isebenza kakuhle ekuvuseleleni.

    2)★ Inkqubo yeteknoloji enelungelo lobunikazi ethi "Ukongezwa ngokuzenzekelayo kwezinyibilikisi zendalo"

    A. Umthamo wokongeza ngokuzenzekelayo: 5-150ml. Yongeza ngokulandelelana kwiikomityi ezi-6 ze-solvent okanye yongeza kwikomityi ye-solvent ekhethiweyo

    B. Xa inkqubo isebenza kuyo nayiphi na i-node, izinyibilikisi zingongezwa ngokuzenzekelayo okanye zongezwe ngesandla

    3)★ Ukuqokelelwa ngokuzenzekelayo kunye nokongezwa kwezinyibilikisi eziphilayo kwisixhobo setanki yesinyibilikisi

    Ekupheleni kwenkqubo yokukhupha, isinyibilikisi sendalo esifunyenweyo “siqokelelwa ngokuzenzekelayo kwisitya sesinyithi” ukuze sisetyenziswe kwakhona.

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  • I-YY-06 Soxhlet Extractor

    I-YY-06 Soxhlet Extractor

    Intshayelelo yezixhobo:

    Ngokusekelwe kumgaqo wokukhupha iSoxhlet, indlela ye-gravimetric iyasetyenziswa ukumisela umxholo wamafutha kwiinkozo, iinkozo kunye nokutya. Thobela i-GB 5009.6-2016 “Umgangatho woKhuseleko lokutya weSizwe – Ukumisela amaFutha ekuTyeni”; GB/T 6433-2006 “Ukumisela amaFutha aCrude ekuTyeni” SN/T 0800.2-1999 “Iindlela zokuhlola amaFutha aCrude kwiinkozo kunye nokutya okuvela kwamanye amazwe”

    Le mveliso yenzelwe ukusebenza ngokuzenzekelayo ngokupheleleyo ngokucofa kube kanye, inendlela elula yokusebenza, ukusebenza okuzinzileyo kunye nokuchaneka okuphezulu. Ibonelela ngeendlela ezininzi zokukhupha ngokuzenzekelayo ezifana nokukhupha iSoxhlet, ukukhupha okushushu, ukukhupha okushushu kweSoxhlet, ukuhamba okuqhubekayo kunye nokukhupha okushushu okuqhelekileyo.

    Iingenelo zezixhobo:

    Isikrini sokuchukumisa esinombala se-intshi ezi-7 esibonakalayo nesilula

    Isikrini sokulawula sisikrini sokuchukumisa esinombala oziisentimitha ezi-7. Umva unemagnethi kwaye unokunamatheliswa kumphezulu wesixhobo okanye ususwe ukuze sisetyenziswe ngesandla. Sineendlela zokuhlalutya ngokuzenzekelayo kunye neendlela zokuhlalutya ngesandla.

    Ukuhlela iinkqubo ngokusekelwe kwimenyu kulula ukuyisebenzisa, kwaye kunokuqhutywa rhoqo

    uphandoiinkcukacha
  • I-YY-06 Automatic Fiber Analyzer

    I-YY-06 Automatic Fiber Analyzer

    Intshayelelo yezixhobo:

    I-automatic fiber analyzer sisixhobo esimisela umxholo we-crude fiber kwisampuli ngokuyinyibilikisa ngeendlela ezisetyenziswa rhoqo zokugaya i-asidi kunye ne-alkali, size emva koko silinganise ubunzima bayo. Isebenza ekumiselweni komxholo we-crude fiber kwiinkozo ezahlukeneyo, ukutya, njl.njl. Iziphumo zovavanyo ziyahambelana nemigangatho yesizwe. Izinto ezifunekayo kukumisela ziquka ukutya, iinkozo, iinkozo, ukutya kunye nezinye iimveliso zezolimo nezecala ezifuna ukuba umxholo we-crude fiber umiselwe.

    Le mveliso ingabizi kakhulu, inesakhiwo esilula, kulula ukuyisebenzisa kunye nokusebenza okubiza kakhulu.

     

    Iingenelo zezixhobo:

    I-YY-06 Automatic Fiber Analyzer yimveliso elula nengabizi kakhulu, ekwaziyo ukucubungula iisampulu ezi-6 ngexesha ngalinye. Ubushushu obusetyenziswa kwi-crucible bulawulwa sisixhobo sokulawula ubushushu, kwaye ukongeza kwe-reagent kunye nokuhluza i-suction kulawulwa yiswitshi. Ulwakhiwo lobushushu lulula, kulula ukulusebenzisa kwaye lungabizi kakhulu.

    uphandoiinkcukacha
  • Inkqubo yokugaya ye-YY-20SX /20LX

    Inkqubo yokugaya ye-YY-20SX /20LX

    lIimpawu zeMveliso:

    1) Le nkqubo yokugaya yenzelwe isithando sokugaya esijijekileyo njengomzimba oyintloko, sidityaniswe nokuqokelelwa kwegesi ephumayo kunye nokungafakwa kwegesi ephumayo. Ifezekisa ukugqitywa kokucofa kube kanye kwenkqubo yokucubungula isampuli ukusuka kwi-① yokugaya isampuli → ② ukuqokelelwa kwegesi ephumayo → ③ unyango lokungafakwa kwegesi ephumayo → ④ yeka ukufudumeza xa ukugaya kugqityiwe → ⑤ yahlula ityhubhu yokugaya emzimbeni wokufudumala kwaye ipholise ukuze ihlale ixesha elide. Ifezekisa ukuzenzekelayo kwenkqubo yokugaya isampuli, iphucula imeko yokusebenza, kwaye inciphisa umthwalo womsebenzi wabaqhubi.

    2) Ukufunyanwa kwerakhi yetyhubhu yovavanyo kwindawo yayo: Ukuba irakhi yetyhubhu yovavanyo ayibekwanga okanye ayibekwanga kakuhle, inkqubo iya kulumkisa kwaye ingasebenzi, nto leyo ethintela umonakalo wezixhobo obangelwa kukusebenza ngaphandle kweesampuli okanye ukubekwa gwenxa kweetyhubhu zovavanyo.

    3) Itreyi yokulwa nongcoliseko kunye nenkqubo ye-alamu: Itreyi yokulwa nongcoliseko inokuthintela ulwelo lwe-asidi oluvela kwizibuko lokuqokelelwa kwegesi ephumayo ekungcoliseni itafile yokusebenza okanye ezinye iindawo. Ukuba itreyi ayisuswanga kwaye inkqubo isebenza, iya kulumkisa kwaye iyeke ukusebenza.

    4) Isithando sokugaya ukutya sisixokelelwano sokugaya ukutya esisekelwe kumgaqo weklasikhi wokugaya ukutya okumanzi. Sisetyenziswa kakhulu kwezolimo, amahlathi, ukhuseleko lokusingqongileyo, i-geology, i-petroleum, iikhemikhali, ukutya kunye namanye amasebe, kunye neeyunivesithi kunye namaziko ophando ukuze kulungiswe ukugaywa kwezityalo, imbewu, ukutya, umhlaba, i-ore kunye nezinye iisampuli ngaphambi kohlalutyo lweekhemikhali. Yeyona mveliso ifanelekileyo yokufanisa ii-Kjeldahl nitrogen analyzers.

    5) Imodyuli yokufudumeza ye-graphite ye-S inobunye obuhle kunye nokuthintela ubushushu obuncinci, kunye nobushushu obuyilelweyo obufikelela kwi-550℃.

    6) Imodyuli yokufudumeza ye-aluminium alloy L inobushushu obukhawulezayo, ubomi obude benkonzo, kunye nokusetyenziswa okubanzi. Ubushushu obuyilwe yi-450℃.

    7) Inkqubo yokulawula ubushushu isebenzisa isikrini sokuchukumisa esinombala esiyi-intshi eziyi-5.6 esinokuguqulwa ngesiTshayina ukuya kwisiNgesi, kwaye kulula ukuyisebenzisa.

    8) Ifomula yokufaka inkqubo isebenzisa indlela yokufaka ngokukhawuleza esekelwe kwitheyibhile, enengqondo, ekhawulezayo, kwaye engathathi cala kwiimpazamo.

    9) Iinxalenye zeenkqubo ezingama-0-40 zinokukhethwa kwaye zisetwe ngokukhululekileyo.

    10) Iindlela ezimbini zokufudumeza ezine-single-point kunye ne-curve heating zinokukhethwa ngokukhululekileyo.

    11) Ukuzilungisa ngokwakho kwe-P, I, D okukrelekrele kuqinisekisa ukuchaneka kokulawula ubushushu obuphezulu, obuthembekileyo nobuzinzileyo.

    12) Umbane ohlukaniswe ngokwezigaba kunye nomsebenzi wokuqalisa ngokutsha ochasene nokucima umbane unokuthintela iingozi ezinokubakho ukuba zingabikho.

    13) Ixhotyiswe ngeemodyuli zokukhusela ezisebenzisa ubushushu obugqithisileyo, uxinzelelo olugqithisileyo kunye nombane ogqithisileyo.

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  • Umatshini wokucoca ityhubhu yovavanyo oluzenzekelayo lwe-YY-40

    Umatshini wokucoca ityhubhu yovavanyo oluzenzekelayo lwe-YY-40

    • Intshayelelo emfutshane

    Ngenxa yokwahluka kweenqanawa zelebhu, ingakumbi isakhiwo esibhityileyo nesinde seetyhubhu ezinkulu zokuvavanya, kuzisa ubunzima obuthile kumsebenzi wokucoca. Umatshini wokucoca iityhubhu zokuvavanya ozenzekelayo owenziwe yinkampani yethu unokucoca ngokuzenzekelayo kwaye womise ngaphakathi nangaphandle kweetyhubhu zokuvavanya kuzo zonke iinkalo. Ufanelekile ngokukodwa ekucoceni iityhubhu zokuvavanya kwi-Kjeldahl nitrogen determinators.

     

    • Iimpawu zeMveliso

    1) I-304 stainless steel vertical pipe spray, ukuhamba kwamanzi ngoxinzelelo oluphezulu kunye nokucoca i-pulse enkulu kunokuqinisekisa ucoceko lokucoca.

    2) Inkqubo yokomisa umoya eshushu enoxinzelelo oluphezulu kunye nomoya omkhulu ingawugqiba ngokukhawuleza umsebenzi wokomisa, ngobushushu obuphezulu obuyi-80℃.

    3) Ukongezwa ngokuzenzekelayo kolwelo lokucoca.

    4) Itanki yamanzi eyakhelwe ngaphakathi, ukuzalisa amanzi ngokuzenzekelayo kunye nokuma ngokuzenzekelayo.

    5) Ukucoca okuqhelekileyo: ① Isifutho samanzi esicacileyo → ② Isifutho se-agent yokucoca esitshiziweyo → ③ Nciphisa → ④ Hlamba ngamanzi acocekileyo → ⑤ Ukomisa umoya oshushu ngoxinzelelo oluphezulu.

    6) Ukucoca nzulu: ① Cima isitshizi samanzi → ② Cima isitshizi se-agent yokucoca → ③ Nciphisa → ④ Cima amanzi okuhlamba → ⑤ Cima isitshizi se-agent yokucoca → ⑥ Nciphisa → ⑦ Cima amanzi okuhlamba → ⑧ Ukomisa umoya oshushu ocinezelweyo.

    uphandoiinkcukacha
  • Inkqubo yokugaya ye-YY-20SX /20LX

    Inkqubo yokugaya ye-YY-20SX /20LX

    lIimpawu zeMveliso:

    1) Le nkqubo yokugaya yenzelwe isithando sokugaya esijijekileyo njengomzimba oyintloko, sidityaniswe nokuqokelelwa kwegesi ephumayo kunye nokungafakwa kwegesi ephumayo. Ifezekisa ukugqitywa kokucofa kube kanye kwenkqubo yokucubungula isampuli ukusuka kwi-① yokugaya isampuli → ② ukuqokelelwa kwegesi ephumayo → ③ unyango lokungafakwa kwegesi ephumayo → ④ yeka ukufudumeza xa ukugaya kugqityiwe → ⑤ yahlula ityhubhu yokugaya emzimbeni wokufudumala kwaye ipholise ukuze ihlale ixesha elide. Ifezekisa ukuzenzekelayo kwenkqubo yokugaya isampuli, iphucula imeko yokusebenza, kwaye inciphisa umthwalo womsebenzi wabaqhubi.

    2) Ukufunyanwa kwerakhi yetyhubhu yovavanyo kwindawo yayo: Ukuba irakhi yetyhubhu yovavanyo ayibekwanga okanye ayibekwanga kakuhle, inkqubo iya kulumkisa kwaye ingasebenzi, nto leyo ethintela umonakalo wezixhobo obangelwa kukusebenza ngaphandle kweesampuli okanye ukubekwa gwenxa kweetyhubhu zovavanyo.

    3) Itreyi yokulwa nongcoliseko kunye nenkqubo ye-alamu: Itreyi yokulwa nongcoliseko inokuthintela ulwelo lwe-asidi oluvela kwizibuko lokuqokelelwa kwegesi ephumayo ekungcoliseni itafile yokusebenza okanye ezinye iindawo. Ukuba itreyi ayisuswanga kwaye inkqubo isebenza, iya kulumkisa kwaye iyeke ukusebenza.

    4) Isithando sokugaya ukutya sisixokelelwano sokugaya ukutya esisekelwe kumgaqo weklasikhi wokugaya ukutya okumanzi. Sisetyenziswa kakhulu kwezolimo, amahlathi, ukhuseleko lokusingqongileyo, i-geology, i-petroleum, iikhemikhali, ukutya kunye namanye amasebe, kunye neeyunivesithi kunye namaziko ophando ukuze kulungiswe ukugaywa kwezityalo, imbewu, ukutya, umhlaba, i-ore kunye nezinye iisampuli ngaphambi kohlalutyo lweekhemikhali. Yeyona mveliso ifanelekileyo yokufanisa ii-Kjeldahl nitrogen analyzers.

    5) Imodyuli yokufudumeza ye-graphite ye-S inobunye obuhle kunye nokuthintela ubushushu obuncinci, kunye nobushushu obuyilelweyo obufikelela kwi-550℃.

    6) Imodyuli yokufudumeza ye-aluminium alloy L inobushushu obukhawulezayo, ubomi obude benkonzo, kunye nokusetyenziswa okubanzi. Ubushushu obuyilwe yi-450℃.

    7) Inkqubo yokulawula ubushushu isebenzisa isikrini sokuchukumisa esinombala esiyi-intshi eziyi-5.6 esinokuguqulwa ngesiTshayina ukuya kwisiNgesi, kwaye kulula ukuyisebenzisa.

    8) Ifomula yokufaka inkqubo isebenzisa indlela yokufaka ngokukhawuleza esekelwe kwitheyibhile, enengqondo, ekhawulezayo, kwaye engathathi cala kwiimpazamo.

    9) Iinxalenye zeenkqubo ezingama-0-40 zinokukhethwa kwaye zisetwe ngokukhululekileyo.

    10) Iindlela ezimbini zokufudumeza ezine-single-point kunye ne-curve heating zinokukhethwa ngokukhululekileyo.

    11) Ukuzilungisa ngokwakho kwe-P, I, D okukrelekrele kuqinisekisa ukuchaneka kokulawula ubushushu obuphezulu, obuthembekileyo nobuzinzileyo.

    12) Umbane ohlukaniswe ngokwezigaba kunye nomsebenzi wokuqalisa ngokutsha ochasene nokucima umbane unokuthintela iingozi ezinokubakho ukuba zingabikho.

    13) Ixhotyiswe ngeemodyuli zokukhusela ezisebenzisa ubushushu obugqithisileyo, uxinzelelo olugqithisileyo kunye nombane ogqithisileyo.

     

    lIsixhobo sokuqokelelwa kwegesi yenkunkuma

    1. Isigqubuthelo sokutywina senziwe nge-polytetrafluoroethylene, engatshisi ubushushu kwaye ingatshisi ii-asidi ezinamandla kunye ne-alkalis

    2. Yenzelwe ukuba ibe yisakhiwo esifana nesakhelo esithe tyaba, kwaye isigqubuthelo ngasinye esivaliweyo sinobunzima obuyi-35g

    3. Indlela yokutywina yamkela ukutywinwa kwendalo okunamandla, okuthembekileyo nokufanelekileyo

    4. Umbhobho wokuqokelela ungena nzulu kumbhobho ukuze uqokelele igesi ene-asidi, ukuqinisekisa ukuthembeka okuphezulu

    5. Iqokobhe lidityaniswe ngeepleyiti zentsimbi engagqwali ezingama-316 kwaye lisebenza kakuhle ekulweni nokugqwala.

     

    lIsixhobo sokungathathi cala

    1. Le mveliso sisixhobo sokungashukumi kwe-asidi kunye ne-alkali esinepompo yomoya yoxinzelelo olubi eyakhelwe ngaphakathi. Ipompo yomoya inesantya esikhulu sokuhamba kwamanzi, ubomi benkonzo ende kunye nokusebenza okulula.

    2. Ukufunxwa kwesisombululo se-alkali, amanzi kunye negesi ecocekileyo ngamanqanaba amathathu kuqinisekisa ukuthembeka kwegesi ekhutshiweyo

    3. Esi sixhobo silula, sikhuselekile kwaye sithembekile ukusisebenzisa

     

     

    uphandoiinkcukacha
  • I-YY-06A Automatic Soxhlet Extractor

    I-YY-06A Automatic Soxhlet Extractor

    Intshayelelo yezixhobo:

    Ngokusekelwe kumgaqo wokukhupha iSoxhlet, indlela ye-gravimetric iyasetyenziswa ukumisela umxholo wamafutha kwiinkozo, iinkozo kunye nokutya. Thobela i-GB 5009.6-2016 “Umgangatho woKhuseleko lokutya weSizwe – Ukumisela amaFutha ekuTyeni”; GB/T 6433-2006 “Ukumisela amaFutha aCrude ekuTyeni” SN/T 0800.2-1999 “Iindlela zokuhlola amaFutha aCrude kwiinkozo kunye nokutya okuvela kwamanye amazwe”

    Le mveliso ixhotyiswe ngenkqubo yokukhenkceza yangaphakathi ye-elektroniki, isusa imfuneko yomthombo wamanzi wangaphandle. Ikwafezekisa ukongezwa ngokuzenzekelayo kwezinyibilikisi zendalo, ukongezwa kwezinyibilikisi zendalo ngexesha lenkqubo yokukhupha, kunye nokubuyiselwa ngokuzenzekelayo kwezinyibilikisi zibuyele kwitanki yesinyibilikisi emva kokuba inkqubo igqityiwe, ifezekisa ukusebenza ngokuzenzekelayo kuyo yonke inkqubo. Isebenza ngokuzinzileyo kunye nokuchaneka okuphezulu, kwaye ixhotyiswe ngeendlela ezininzi zokukhupha ngokuzenzekelayo ezifana nokukhupha iSoxhlet, ukukhupha okushushu, ukukhupha okushushu kweSoxhlet, ukuhamba okuqhubekayo kunye nokukhupha okushushu okuqhelekileyo.

    uphandoiinkcukacha
  • I-YY-06 Soxhlet Extractor

    I-YY-06 Soxhlet Extractor

    Intshayelelo yezixhobo:

    Ngokusekelwe kumgaqo wokukhupha iSoxhlet, indlela ye-gravimetric iyasetyenziswa ukumisela umxholo wamafutha kwiinkozo, iinkozo kunye nokutya. Thobela i-GB 5009.6-2016 “Umgangatho woKhuseleko lokutya weSizwe – Ukumisela amaFutha ekuTyeni”; GB/T 6433-2006 “Ukumisela amaFutha aCrude ekuTyeni” SN/T 0800.2-1999 “Iindlela zokuhlola amaFutha aCrude kwiinkozo kunye nokutya okuvela kwamanye amazwe”

    Le mveliso yenzelwe ukusebenza ngokuzenzekelayo ngokucofa kube kanye, inomsebenzi olula, ukusebenza okuzinzileyo kunye nokuchaneka okuphezulu. Ibonelela ngeendlela ezininzi zokukhupha ngokuzenzekelayo ezifana nokukhupha iSoxhlet, ukukhupha okushushu, ukukhupha okushushu kweSoxhlet, ukuhamba okuqhubekayo kunye nokukhupha okushushu okuqhelekileyo.

    uphandoiinkcukacha
  • Isihlalutyi seFiber yeYY-06

    Isihlalutyi seFiber yeYY-06

    Intshayelelo yezixhobo:

    I-automatic fiber analyzer sisixhobo esimisela umxholo we-crude fiber kwisampuli ngokuyinyibilikisa ngeendlela ezisetyenziswa rhoqo zokugaya i-asidi kunye ne-alkali, size emva koko silinganise ubunzima bayo. Isebenza ekumiselweni komxholo we-crude fiber kwiinkozo ezahlukeneyo, ukutya, njl.njl. Iziphumo zovavanyo ziyahambelana nemigangatho yesizwe. Izinto ezifunekayo kukumisela ziquka ukutya, iinkozo, iinkozo, ukutya kunye nezinye iimveliso zezolimo nezecala ezifuna ukuba umxholo we-crude fiber umiselwe.

    Le mveliso ingabizi kakhulu, inesakhiwo esilula, kulula ukuyisebenzisa kunye nokusebenza okubiza kakhulu.

    uphandoiinkcukacha
  • I-YY-KND200 I-Automatic Kjeldahl Nitrogen Analyzer

    I-YY-KND200 I-Automatic Kjeldahl Nitrogen Analyzer

    1. Intshayelelo yeMveliso:

    Indlela yeKjeldahl yindlela yakudala yokumisela initrogen. Indlela yeKjeldahl isetyenziswa kakhulu ukumisela iikhompawundi zenitrogen emhlabeni, ekutyeni, ekufuyeni izilwanyana, kwiimveliso zezolimo, ekutyeni nakwezinye izinto. Ukumisela isampuli ngendlela yeKjeldahl kufuna iinkqubo ezintathu: ukugaya isampuli, ukwahlulwa kwe-distillation kunye nohlalutyo lwe-titration.

     

    I-YY-KDN200 automatic Kjeldahl nitrogen analyzer isekelwe kwindlela yokuchonga i-nitrogen yeKjeldahl yakudala eyenziweyo, isampuli yokuhluza ngokuzenzekelayo, ukwahlulwahlulwa ngokuzenzekelayo kunye nohlalutyo lwe-"nitrogen element" (iproteni) ngokusebenzisa inkqubo yohlalutyo lwetekhnoloji enxulumeneyo yangaphandle, indlela yayo, ukuveliswa ngokuhambelana nemigangatho yokuvelisa ye-"GB/T 33862-2017 epheleleyo (isiqingatha) ye-Kjeldahl nitrogen analyzer" kunye nemigangatho yamazwe ngamazwe.

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  • Ikhabhinethi yoKhuseleko lwebhayoloji ye-YY-700IIA2-EP (idesktop)

    Ikhabhinethi yoKhuseleko lwebhayoloji ye-YY-700IIA2-EP (idesktop)

    Iimpawu zeMveliso:

    1. Uyilo lokwahlulwa kwamakhethini omoya ukuthintela ukungcoliseka phakathi kwangaphakathi nangaphandle. I-30% yomoya iyakhutshwa kwaye i-70% iyajikeleziswa kwakhona. Uxinzelelo olubi oluhamba ngokuthe nkqo lwe-laminar ngaphandle kwesidingo sokufakelwa kwemibhobho.

    2. Iingcango zeglasi ezityibilikayo ezinyukayo nezisezantsi ezinokubekwa ngokukhululekileyo, kulula ukuzisebenzisa, kwaye zinokuvalwa ngokupheleleyo ukuze zibulawe iintsholongwane. Isilumkiso somda wokuphakama sokubeka.

    3. Iisokhethi zokukhupha umbane kwindawo yokusebenza, ezixhotyiswe ngeesokhethi ezingangeni manzi kunye neendawo zokudibanisa amanzi, nto leyo enika lula kakhulu kubaqhubi.

    4. Kufakelwe izihluzo ezikhethekileyo kwindawo yokukhupha umoya ukuze kulawulwe ukukhutshwa komoya kunye nongcoliseko.

    5. Indawo yokusebenza ayinayo inkunkuma evuzayo. Yenziwe ngentsimbi engagqwaliyo ye-304 ekumgangatho ophezulu, ithambile, ayinamthungo, kwaye ayinazo iikona ezifileyo, nto leyo eyenza kube lula ukuyicoca ngokupheleleyo kwaye imelane nokugqwala kunye nokutshatyalaliswa kwentsholongwane.

    6. Ilawulwa yiphaneli yekristale yolwelo ye-LED, enesixhobo sokukhusela isibane se-UV sangaphakathi. Isibane se-UV sisebenza kuphela xa ifestile yangaphambili kunye nesibane se-fluorescent zicinyiwe, kwaye sinomsebenzi wokulinganisa ixesha lesibane se-UV.

    I-engile yokuthambeka eyi-10°, ehambelana noyilo oluchanekileyo.

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    IKhabhinethi yoKhuseleko lweBio lweYY-B2 Series

    Iimpawu zeMveliso

    1. Uyilo lokwahlulwa kwamakhethini omoya luthintela ungcoliseko lwangaphakathi nolwangaphandle, kunye nokuhamba komoya okuphumayo nge-100%, ukuhamba koxinzelelo olungalunganga oluthe nkqo, kwaye akukho mfuneko yokufaka imibhobho.

     

    2. Iglasi engaphambili ingashukunyiswa phezulu nasezantsi ivumela indawo ebekwe ngokungacwangciswanga elula ukuyisebenzisa, kwaye ivalwe ngokupheleleyo ukuze kubulawe iintsholongwane. Isilumkiso somda wokuphakama kwendawo sikhuthaza.

     

    3. Isokhethi yokukhupha umbane kwindawo yokusebenza ixhotyiswe ngeesokhethi ezingangeni manzi kunye neendawo zokukhupha amanzi amdaka, nto leyo enika lula kakhulu kubaqhubi

     

    4. Isihluzi se-HEPA sifakwe kwindawo yokukhupha umoya ukulawula ungcoliseko lomoya

     

    5. Indawo yokusebenza yenziwe ngentsimbi engagqwaliyo ye-304 ekumgangatho ophezulu, egudileyo, engenamthungo, kwaye engenazo iikona ezifileyo. Ingacocwa ngokulula nangokucokisekileyo ukuthintela ukugqwala kunye nokukhukuliseka kwe-disinfectant.

     

    6. Ilawulwa yiphaneli ye-LCD enesixhobo sokukhusela ukukhanya kwe-UV esakhelwe ngaphakathi, inokuvulwa kuphela xa ucango lokhuseleko luvaliwe.

     

    7. Ixhotyiswe nge-DOP test port kunye ne-differential pressure gauge eyakhelwe ngaphakathi.

     

    I-engile yokuthambekela ye-8. 10 °, ehambelana neengcamango zoyilo lomzimba womntu.

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    IKhabhinethi yoKhuseleko lweBiological yeYY-A2 Series

    Iimpawu zeMveliso:

    1. Uyilo lokwahlulwa kwamakhethini omoya ukuthintela ukungcoliseka phakathi kwangaphakathi nangaphandle. I-30% yomoya iyakhutshwa kwaye i-70% iyajikeleziswa kwakhona. Uxinzelelo olubi oluhamba ngokuthe nkqo lwe-laminar ngaphandle kwesidingo sokufakelwa kwemibhobho.

    2. Iingcango zeglasi ezityibilikayo ezinyukayo nezisezantsi ezinokubekwa ngokukhululekileyo, kulula ukuzisebenzisa, kwaye zinokuvalwa ngokupheleleyo ukuze zibulawe iintsholongwane. Isilumkiso somda wokuphakama sokubeka.

    3. Iisokhethi zokukhupha umbane kwindawo yokusebenza, ezixhotyiswe ngeesokhethi ezingangeni manzi kunye neendawo zokudibanisa amanzi, nto leyo enika lula kakhulu kubaqhubi.

    4. Kufakelwe izihluzo ezikhethekileyo kwindawo yokukhupha umoya ukuze kulawulwe ukukhutshwa komoya kunye nongcoliseko.

    5. Indawo yokusebenza ayinayo inkunkuma evuzayo. Yenziwe ngentsimbi engagqwaliyo ye-304 ekumgangatho ophezulu, ithambile, ayinamthungo, kwaye ayinazo iikona ezifileyo, nto leyo eyenza kube lula ukuyicoca ngokupheleleyo kwaye imelane nokugqwala kunye nokutshatyalaliswa kwentsholongwane.

    6. Ilawulwa yiphaneli yekristale yolwelo ye-LED, enesixhobo sokukhusela isibane se-UV sangaphakathi. Isibane se-UV sisebenza kuphela xa ifestile yangaphambili kunye nesibane se-fluorescent zicinyiwe, kwaye sinomsebenzi wokulinganisa ixesha lesibane se-UV.

    I-engile yokuthambeka eyi-10°, ehambelana noyilo oluchanekileyo.

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    Ibhalansi yohlalutyo lwe-elektroniki ye-YYQL-E 0.01mg

    Isishwankathelo:

    Ibhalansi yohlalutyo lwe-elektroniki yochungechunge lwe-YYQL-E isebenzisa uvakalelo oluphezulu oluqatshelwa kwihlabathi liphela, iteknoloji ye-sensor yamandla e-electromagnetic force ezinzileyo ephezulu, ekhokela iimveliso ezifanayo kushishino kwinqanaba lokusebenza kweendleko, inkangeleko entsha, ukuphumelela iphulo lokubeka amaxabiso emveliso ephezulu, ubume bomatshini wonke, iteknoloji eqinileyo, kunye nobuhle obugqwesileyo.

    Iimveliso zisetyenziswa kakhulu kuphando lwesayensi, imfundo, ezonyango, isinyithi, ezolimo kunye namanye amashishini.

     

    Iimbalasane zemveliso:

    · Inzwa yamandla e-electromagnetic engasemva

    · Isikhuseli somoya seglasi esibonakalayo ngokupheleleyo, sibonakala nge-100% kwiisampuli

    · Izibuko lonxibelelwano eliqhelekileyo le-RS232 ukuze kufezekiswe unxibelelwano phakathi kwedatha nekhompyutha, iprinta okanye ezinye izixhobo

    · Isibonisi se-LCD esolulwayo, siphepha impembelelo kunye nokungcangcazela kwebhalansi xa umsebenzisi esebenzisa izitshixo

    * Isixhobo sokulinganisa esinokukhethwayo esine-hook esezantsi

    * Ubunzima obakhelwe ngaphakathi bokulinganisa iqhosha elinye

    * Iprinta yobushushu ekhethwayo

     

     

    Umsebenzi wokulinganisa ukugcwalisa ipesenti yokulinganisa umlinganiselo

    Umsebenzi wokulinganisa iziqwenga Umsebenzi wokulinganisa ezantsi

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    Inkqubo yokuHlungwa kwamanzi ye-YY-RO-C2 Radio Frequency.

    1. Isicelo:

    Ukusetyenziswa nohlalutyo lwe-GC, HPLC, IC, ICP, PCR, uhlalutyo lwemozulu, uhlalutyo lwezixhobo ezichanekileyo, uhlalutyo lwe-amino acid, ii-reagents zohlalutyo kunye noqwalaselo lwamayeza, ukuxutywa, njl.njl.

     

    1. Imfuneko yokusela amanzi:

    Amanzi empompi asezidolophini (TDS<250ppm, 5-45℃, 0.02-0.25Mpa, pH3-10).

     

    1. Inkqubo yeNkqubo–PP+UDF+PP+RO+DI

    Inkqubo yokuqala—–Isihluzi se-PP se-intshi enye (5 MICRON)

    Inkqubo yeScond——- Isihluzi sekhabhoni esihlanganisiweyo esihlanganisiweyo (ikhabhoni yeqokobhe lekhokhonathi)

    Inkqubo yesithathu——Isihluzi sePP esiDibeneyo (1MICRON)

    Inkqubo yokuphuma—–100GPD RO membrane

    Inkqubo yesihlanu——- Ikholamu ecociweyo kakhulu (i-resin yebhedi exutyiweyo yenqanaba lenyukliya) × 4

     

    1. Ipharamitha yoBugcisa:

    1. Imveliso yamanzi yenkqubo (25℃): 15 iilitha/iyure

    2. Imveliso ephezulu yamanzi acocekileyo kakhulu (25℃): 1.5 L/min (itanki yokugcina uxinzelelo oluvulekileyo)

    3. Imveliso ephezulu yamanzi aphumayo angasemva: 2 L/min (itanki yokugcina uxinzelelo oluvulekileyo)

     

              Isalathisi samanzi acocekileyo kakhulu se-UP:

    1. Ukumelana: 18.25MΩ.cm@25℃
    2. Ukuqhuba: 0.054us/cm@25℃(< 0.1us/cm)
    3. I-ion yesinyithi esinzima (ppb): <0.1ppb
    4. I-carbon epheleleyo ye-organic (TOC): <5ppb
    5. Iintsholongwane: <0.1cfu/ml
    6. Iintsholongwane/iintsholongwane: <0.1CFU/ml
    7. Izinto ezincinci (>0.2μm): <1/ml

     

             Isalathisi samanzi se-osmosis ebuyela umva ye-RO:

    1.TDS (ukunyibilika okuqinileyo okupheleleyo, ppm): ≤ i-TDS enefuthe × 5% (izinga lokususa ityuwa elizinzileyo ≥95%)

    2. Izinga lokwahlulwa kwee-ion ezidivalent: 95%-99% (xa usebenzisa i-membrane entsha ye-RO).

    3. Izinga lokwahlulwa kwezinto eziphilayo: >99%, xa i-MW>200Dalton

    4. Indawo yokuphuma engaphambili: Indawo yokuphuma ye-RO reverse osmosis, indawo yokuphuma ye-UP ecocekileyo kakhulu

    5. Indawo yokuphuma ecaleni: indawo yokungena kwamanzi, indawo yokuphuma yamanzi amdaka, indawo yokuphuma kwitanki yamanzi

    6. Ukubeka esweni umgangatho wamanzi ngedijithali: Ukumelana ne-LCD kwi-intanethi, ukuqhuba kwamanzi

    7. Ubukhulu/ubunzima: Ubude × ububanzi × ukuphakama: 35×36×42cm

    8. Amandla/Amandla: AC220V±10%,50Hz;120W

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  • Isixhobo sokuQokelelwa kweGesi yeNkunkuma yeYYJ

    Isixhobo sokuQokelelwa kweGesi yeNkunkuma yeYYJ

    I. Iintshayelelo:

    Isixhobo sokuqokelela senzelwe ngokukodwa isixhobo sokuqokelela igesi ye-asidi esitovini sokugaya ukutya,

    enokuqokelela inani elikhulu legesi ye-asidi (i-asidi inkungu) eveliswa ngexesha lokugaya isampuli

    inkqubo ngesixhobo sokuqokelela, uze emva koko ngesixhobo soxinzelelo olubi okanye

    isixhobo sokuthomalalisa ulusu ukuze kunyangwe.

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    Isixhobo se-YY-1B Acid kunye ne-Base Neutralization

     

    I. Intshayelelo:

    Inkqubo yokugaya isampuli iya kuvelisa inkungu eninzi ye-asidi, eya kubangela ungcoliseko olukhulu

    kokusingqongileyo kwaye konakalise izakhiwo. Esi sixhobo sesona sixhobo silungileyo sokuqokelela,

    ukuthomalalisa nokucoca inkungu ye-asidi. Iqulathe izihluzo ezintathu. Inqanaba lokuqala liyathomalaliswa kwaye liyahluzwa

    ngoxinzelelo oluhambelanayo lwesisombululo se-alkali ukuya kwinqanaba lesibini, kwaye elesibini

    inqanaba lisebenzisa amanzi acociweyo ukuqhubeka nokucoca igesi eseleyo engcolileyo engena kwinqanaba lokuqala

    i-buffer yesigaba sesithathu, kwaye igesi emva kokuhluzwa kwesigaba sesithathu inokukhutshwa ngokwe

    kumgangatho ngaphandle kokubangela umonakalo kwindalo esingqongileyo nakwizibonelelo, kwaye ekugqibeleni ufezekise

    ukukhutshwa komoya okungenangcoliseko

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    I-YYD-S Curve Heating Graphite Digester enemingxuma engama-40

    I.Intshayelelo:

    Isithando sokugaya ukutya sisampulu sezixhobo zokugaya ukutya kunye nokuguqula ukutya eziphuhliswe ngokusekelwe

    Umgaqo weklasikhi wokugaya ukutya okumanzi. Isetyenziswa kakhulu kwezolimo, amahlathi, ukhuseleko lokusingqongileyo, i-geology, i-petroleum, ishishini leekhemikhali, ukutya kunye namanye amasebe kunye neeyunivesithi kunye

    amasebe ophando lwezenzululwazi onyango lokugaya izityalo, imbewu, ukutya, umhlaba, isinyithi kunye

    ezinye iisampulu ngaphambi kohlalutyo lweekhemikhali, kwaye yeyona mveliso ixhasayo ye-Kjeldahl nitrogen analyzer.

     

    II.Iimpawu zeMveliso:

    1. Umzimba wokufudumeza usebenzisa igrafiti enoxinano oluphezulu, iteknoloji yemitha ye-infrared, ukufana okuhle,

    isikhuseli sobushushu esincinci, ubushushu boyilo obuyi-550℃

    2. Inkqubo yokulawula ubushushu isebenzisa isikrini sokuchukumisa esinombala esiyi-5.6-intshi, esinokuguqulwa sibe sisiTshayina nesiNgesi, kwaye umsebenzi ulula.

    3. Ifomula yokufaka inkqubo usebenzisa indlela yokufaka ngokukhawuleza, ingqiqo ecacileyo, isantya esikhawulezayo, kulula ukuyiphosisa

    Inkqubo yecandelo le-4.0-40 inokukhethwa ngokungacwangciswanga kwaye isetwe

    5. Ukufudumeza indawo enye, ukufudumeza ijika elijikayo imowudi ezimbini ozikhethelayo

    6. Ulawulo lobushushu oluzilungelelanisayo lwe-P, I, D oluchanekileyo, oluthembekileyo noluzinzileyo

    7. Inkqubo yolawulo lombane isebenzisa i-relay eqinileyo, ethuleyo kwaye inamandla okulwa nokuphazamiseka.

    8. Umbane ohlukaniswe ngokwezigaba kunye nomsebenzi wokuqalisa ngokutsha ochasene nokusilela kombane unokuthintela iingozi ezinokubakho. Uxhotyiswe ngeemodyuli zokukhusela ezishushu kakhulu, ezisebenzisa i-voltage ephezulu kunye nezo zisebenzisa i-over-current.

    Isithando sokupheka esinemingxuma eyi-9.40 sesona sixhobo sixhasayo se-8900 automatic Kjeldahl nitrogen

    umhlalutyi

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    I-YYD-S Curve Heating Graphite Digester

    I.Intshayelelo:

    Isithando sokugaya ukutya sisampulu sezixhobo zokugaya ukutya kunye nokuguqula ukutya eziphuhliswe ngokusekelwe

    Umgaqo weklasikhi wokugaya ukutya okumanzi. Isetyenziswa kakhulu kwezolimo, amahlathi, ukhuseleko lokusingqongileyo, i-geology, i-petroleum, ishishini leekhemikhali, ukutya kunye namanye amasebe kunye neeyunivesithi kunye

    amasebe ophando lwezenzululwazi onyango lokugaya izityalo, imbewu, ukutya, umhlaba, isinyithi kunye

    ezinye iisampulu ngaphambi kohlalutyo lweekhemikhali, kwaye yeyona mveliso ixhasayo ye-Kjeldahl nitrogen analyzer.

     

    II.Iimpawu zeMveliso:

    1. Umzimba wokufudumeza usebenzisa igrafiti enoxinano oluphezulu, iteknoloji yemitha ye-infrared, ukufana okuhle,

    isikhuseli sobushushu esincinci, ubushushu boyilo obuyi-550℃

    2. Inkqubo yokulawula ubushushu isebenzisa isikrini sokuchukumisa esinombala esiyi-5.6-intshi, esinokuguqulwa sibe sisiTshayina nesiNgesi, kwaye umsebenzi ulula.

    3. Ifomula yokufaka inkqubo usebenzisa indlela yokufaka ngokukhawuleza, ingqiqo ecacileyo, isantya esikhawulezayo, kulula ukuyiphosisa

    Inkqubo yecandelo le-4.0-40 inokukhethwa ngokungacwangciswanga kwaye isetwe

    5. Ukufudumeza indawo enye, ukufudumeza ijika elijikayo imowudi ezimbini ozikhethelayo

    6. Ulawulo lobushushu oluzilungelelanisayo lwe-P, I, D oluchanekileyo, oluthembekileyo noluzinzileyo

    7. Inkqubo yolawulo lombane isebenzisa i-relay eqinileyo, ethuleyo kwaye inamandla okulwa nokuphazamiseka.

    8. Umbane ohlukaniswe ngokwezigaba kunye nomsebenzi wokuqalisa ngokutsha ochasene nokusilela kombane unokuthintela iingozi ezinokubakho. Uxhotyiswe ngeemodyuli zokukhusela ezishushu kakhulu, ezisebenzisa i-voltage ephezulu kunye nezo zisebenzisa i-over-current.

    Isithando sokupheka esinemingxuma eyi-9.40 sesona sixhobo sixhasayo se-8900 automatic Kjeldahl nitrogen

    umhlalutyi.

     

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  • I-YYD-L Curve Temperature Aluminium Ingot Digester

    I-YYD-L Curve Temperature Aluminium Ingot Digester

    I. Intshayelelo:

    Isithando sokugaya ukutya sisampulu sezixhobo zokugaya ukutya kunye nokuguqula ukutya eziphuhliswe ngokusekelwe

    Umgaqo weklasikhi wokugaya ukutya okumanzi. Isetyenziswa kakhulu kwezolimo, amahlathi, ukhuseleko lokusingqongileyo,

    ijiyoloji, ipetroliyam, ishishini leekhemikhali, ukutya kunye namanye amasebe kunye neeyunivesithi kunye

    amasebe ophando lwezenzululwazi onyango lokugaya izityalo, imbewu, ukutya, umhlaba, isinyithi kunye

    ezinye iisampulu ngaphambi kohlalutyo lweekhemikhali, kwaye yeyona mveliso ixhasayo ye-Kjeldahl nitrogen

    umhlalutyi.

     

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12Okulandelayo >>> Iphepha 1/2
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